The role of high-quality stainless steel perforated plate

Stainless steel perforated plates can be used as environmental protection noise control barriers in highways, railways, subways and other traffic municipal facilities that pass through urban areas, sound-absorbing panels for sound insulation and noise reduction of building walls, generator rooms, factory buildings, and other noise sources .

The following are the problems that may be encountered when cutting stainless steel perforated plates

1. Cutting is difficult.

Stainless steel is a hard substance with good plasticity and great toughness. However, during processing, the cutting is not easy to break and easy to stick, which leads to cutting and extrusion of the stainless steel surface, resulting in excessive wear of the tool (this is because the tool wears, resulting in pits on the knife surface. Depression, forming tiny peeling and gaps; in addition, the hardness of stainless steel is very high, direct contact with the tool during cutting, friction, scratching the tool, and work hardening, which will aggravate the tool wear), thus the surface processing of stainless steel deteriorates.

Problems that may be encountered when cutting stainless steel perforated mesh

2. The cutting temperature of stainless steel is high.

A lot of heat will be generated during the cutting process, but the thermal conductivity of stainless steel is relatively poor, so all the heat is concentrated on the cutting area and the blade, which is not easy to dissipate heat.

3. Stainless steel is easy to expand.

During the cutting process, a lot of heat will be generated, which will cause the stainless steel to expand and increase the difficulty of the cutting process.

4. Stainless steel has high strength and is easy to deform.

During the cutting process of stainless steel, due to its elongation, especially austenitic stainless steel, it will produce large plastic deformation, which makes cutting difficult. Furthermore, the strength of stainless steel itself is relatively high, which increases the dual resistance during the cutting process and enhances the cutting force.